![]() ![]() ![]() Unfortunately, many memory tasks become harder if the items to be remembered are similar. One thing that makes it hard to memorize the multiplication table is similarity between facts – as in the case of 8 x 8 = 64 and 8 x 6 = 48. A calculator or smartphone may be useful for solving a single multiplication problem, but it becomes a burden if that is merely a single step in solving a larger, multi-step mathematical problem. To become proficient in arithmetic and algebra, however, children must be able to recall the multiplication table up to 10 x 10 immediately, without relying on time-consuming strategies. Granted, conceptual learning is important, because the multiplication table has its inner logic – for example, multiplying larger numbers yields a larger result. Learning the multiplication table is one of the biggest challenges that children must overcome using rote learning – the memorization of facts through repetition. ![]() “Learning the multiplication table is one of the biggest challenges that children must overcome using rote learning.” Do you remember learning the multiplication table as a child? As a reminder of how difficult it can be for a child to learn these facts for the first time, try memorizing the following nonsensical arithmetic “facts”:ĭifficult, right? Now think how hard it must be for children to memorize the 36 multiplication facts in the times table, as they are often asked to do in elementary school. ![]()
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